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The Ministry of Earth Sciences (MoES) is enhancing weather monitoring and climate research capabilities in India. Employing high-tech models, satellite systems, and AI tools, the Government aims to improve climate predictions and manage extreme weather events. Haryana is equipped with multiple observatories and Doppler Weather Radars to provide detailed weather
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The Department-related Parliamentary Standing Committee on Science and Technology has submitted its 411th report evaluating the budget for the Ministry of Earth Sciences for the fiscal year 2026-27. Key concerns include a reduction in the budgetary allocations by the Ministry of Finance and underutilization of funds by the Ministry, particularly
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The Government of India, through the Ministry of Earth Sciences and the National Centre for Seismology, is advancing its initiatives to mitigate earthquake risks. Efforts include extensive seismic monitoring, microzonation studies, and capacity building, with budgetary provisions for these projects under central sector schemes. Source: Original Link
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The Comptroller and Auditor General of India's 2025 report underscores financial discrepancies within institutions under the Ministry of Earth Sciences. The India Meteorological Department faces challenges in recovering ₹7.28 crore from private airport operators, while the Indian National Centre for Ocean Information Services incurred penalties amounting to
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The Ministry of Earth Sciences (MoES) in India has significantly improved its weather observation network to monitor and predict climate change. Utilizing advanced tools such as Doppler Weather Radars, satellites, and AI/ML technologies, the ministry is enhancing climate models and early warning systems. The Indian Institute of Tropical Meteorology
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The Ministry of Earth Sciences, under the Government of India, is spearheading initiatives to advance research in climate science and strengthen early warning systems for severe weather. Using advanced technologies, the Ministry aims to enhance national capabilities for predicting and responding to climate change impacts. This includes the utilization of
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The Government of India has unveiled 'Mission Mausam' aimed at improving the accuracy, effectiveness, and timeliness of weather forecasting and early warning systems for disaster management. Implemented by the Ministry of Earth Sciences, the initiative will enhance observational networks, upgrade numerical weather prediction models, and expand high-performance computing
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The Ministry of Earth Sciences organized a health awareness event for International Women's Day, focusing on women's empowerment through health and mental well-being. Experts from the Ministry of Health and Family Welfare contributed insights on preventive healthcare and mental health management to support women in science
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To address increasing natural calamities, India's Ministry of Earth Sciences has modernized its weather forecasting systems with advanced models, increased computing power, and integration of AI and ML technologies, significantly improving predictive accuracy for severe weather events. Source: Original Link
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The Ministry of Earth Sciences in India, through various schemes and initiatives, has significantly enhanced its weather forecasting capabilities. The introduction of the Bharat Forecasting System, along with improved computing power and observational tools, aims to provide detailed and accurate weather services across the nation, including at local levels. These
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The Ministry of Earth Sciences reported significant advancements in India's weather forecasting system, particularly for Karnataka, showing a 30-40% increase in accuracy over the past decade. Doppler Weather Radars, advanced forecasting techniques, and initiatives like Gram Panchayat Level Weather Forecasting have bolstered efforts to provide effective climate services,
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The Ministry of Earth Sciences (MoES) has made significant advancements in weather forecasting, climate services, and ocean research during 2024–25. This includes developments in early warning systems, the implementation of advanced technology-driven forecasting systems, and improvements in ocean forecasting capabilities. Key innovations include the Decision Support System (DSS), integrated